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Showing posts with label BIM coordination. Show all posts
Showing posts with label BIM coordination. Show all posts

Thursday, November 19, 2015

BIM Management Handbook – A good resource for BIM professionals

David Shepherd has published a useful hand book “BIM Management Handbook” for BIM professionals. This BIM book will facilitate the BIM users to employ & control BIM workflows efficiently with superior authority.

The book totally focuses on the standard BIM practices and why BIM implementation is very much required to provide huge benefits for industry professionals. There are standard BIM processes which involve Government standards and the successful coordination of design, construction and asset information.

Highlighting both organisational approach and daily practical tasks, the book probes into bottom line business reasoning and probable risks and challenges.

Some other crucial features:

  • Case studies illustrating practical approaches together with obstacles and outcomes.
  • Checklists for amply sourcing BIM roles and liabilities concerning PAS-1192.
  • Self-check questions facilitating the users for the assessment of your BIM implementation strategy.

This BIM book will provide practical guidance toward BIM Coordinators and Managers, architectural principals, design team leaders and architectural technicians and make sure that they fully prepared to adopt BIM in 2016.

The book will also be very useful for Part 3 students to sharpen their skills concerning proper BIM strategy and BIM adoption.


BIM Management Handbook

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Published By
Rajib Dey
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Monday, May 25, 2015

IMAGINiT Technologies unveils 2016 IMAGINiT Clarity Family of Products for BIM and Revit users

IMAGINiT Technologies unveils 2016 IMAGINiT Clarity Family of Products for BIM and Revit users
IMAGINiT Technologies is introducing the Clarity family of product which support utodesk Revit Server 2016 and Autodesk A360 Collaboration for Revit to provide superior collaboration as well as enhance BIM coordination process for managing projects & models efficiently.

By using IMAGINiT Clarity products, the firms can easily deal with BIM data and distribute them with owners and other project team members.


It has been detected that the IMAGINiT Clarity family of products have saved significant time for project teams (31,267 hours on 909 projects) by automating essential, but lingering tasks like printing PDFs, exporting data exchanging files, and generating data sheets.

IMAGINiT Clarity contains the following exclusive features :-

Revit/Revit Server/A360 Collaboration for Revit 2016 Compatibility. The new IMAGINiT Clarity is compatible with Revit and Revit Server 2016, 2015 and 2014 versions. Besides, it also supports A360 Collaboration for Revit and the users can get advantages with the task automation.

Next Generation Web Viewing. Users will be able to pan, zoom, walkthrough or flythrough the 3D model. If the users click on specific components, they can gain deep insight through Clarity’s datasheets.

Robust Administrative Controls. Clarity facilitates BIM coordinators, CAD managers, and project managers gather information dedicatedly that was deeply contained inside Revit. The users can track the model size, service pack versions, and the necessary time to coordinate the model with Graphical representations and logs feature. These new features facilitate the managers to recognize and resolve possible errors well in advance and keep away from lost time that may arise for model corruption.

Bulk Upload Projects in Revit Server. Earlier it required prolonged time to upload, open and coordinate each new model over the network, and re-path links properly. The whole process now becomes automatic to curtail the path to team collaboration.


IMAGINiT Technologies is introducing the Clarity family of product which support utodesk Revit Server 2016
Image Courtesy: techture.co.in


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Published By
Rajib Dey
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Friday, December 5, 2014

The role of BIM towards sustainable design

BIM can be termed as a consolidated approach that enhances the coordination connecting diverse trades. With this functionality, the design teams get the ability to settle a thorough, sustainable agenda from the beginning site layouts to the final implementation of a building’s programmatic layout and its related services.


Analyzing site layout at early stage with appropriate benchmarking, the project team members can get a clear idea on the probable energy usage of a project. With the progression of project, BIM studies will update the project team members on the most competent layouts for individual spaces accrediting metrics like user thermal comfort, primary coordination with the structure and architecture of a space and actual physical appearance of the space.

BIM is an inherent part of the construction documents segment and facilitates the project team to outline the core components of a space in an integrated method, making complete usage of the space for the end users.

This feature turns out to be vital while creating the design for labs. Labs are energy-efficient facilities. Gathering knowledge on the layout of the building inside its site as well as the specific programmatic spaces, design teams can engage themselves undertaking energy-saving initiatives like lessening static pressure inside duct runs to decrease net fan energy to site layouts. The top most benefit can be achieved for renewables.

“Daylighting analysis based on building orientation can facilitate the project team members to be updated with the greatest method to get the most out of daylighting and at the same time efficiently deal with solar heat gain and reduce lighting energy usage.

Conclusion: In future BIM should go ahead of trade coordination to the formation of “intelligent” models conveying a definite amount of programmed information by each component. The achieved result will be more of a computational approach with regards to the existing drafting approach.

By applying BIM, firms (lab buildings) are capable of handling, categorizing and visualizing data in models and the project team members can make better attempt for coordination and project development.

In recent times, several teams are adopting A/E/C collocation efforts giving emphasis on enhancing the advantages of BIM coordination. The architects and contractors are also initiating Design-assist effort in advance in the design progression frequently.

With the extensive acceptance of the procedures and its budgetary savings, the A/E/C industry will carry on to apply BIM in its design efforts.

The role of BIM towards sustainable design

Image Courtesy : architectureau.com

Reference:- www.rdmag.com

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Published By
Rajib Dey
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Tuesday, June 17, 2014

Think of BIM as the most power tool for designers

BIM is a very useful tool that can streamline the workflow of an architect to a great extent. The architect can produce numerous views from numerous points right way. The architects can build up concept from all views and the types of drawings through the interrelation of a BIM. With BIM, the architect will be able to make all images and facets of the building immediately.

Reiteration is one of the great features of BIM. If any architect has completed any residential project through BIM software, he/she will be able to create a series of parts to be reprocessed repeatedly. The architect can get door and window objects which fulfill their graphic standards and contain various types of embedded information.

BIM empowers the architect to accomplish several designs which involve plans as well as sections, elevations, 3D models, and schedules. All these are created instantly and the architect can avail enormous design data with each iteration. The architect can view and evaluate several versions of even simple design modifications in endless ways. The real values of various options turn out to be much more perceptible and definable. Having all this data, the designer will get the ability to change his viewpoint from creating all the drawings that depict the alterations to exploring and analyzing all the alterations (and finds new ideas from that knowledge).

BIM comes with scopes to design with additional data and in more dimensions. BIM includes energy evaluation characteristics facilitating the designers to insert energy modeling to their design criteria. Now the architect can authenticate and develop their design decisions regarding material choices, thermal properties, and solar orientation.

BIM also offers the scopes for making changes in resolution. The Architect applying BIM for their design will be able to dial up or down the aspect of a model, either by inserting only the appropriate information or by concealing information. If the architect observes BIM through the lens of model resolution, the diversity of output turns out to be evident. BIM maintains the balance amid grain, complexity, and order. A designer can model as much or as little is necessary to shift the project forward and then capable of communicating only the pertinent information to the client. And that information can then be adjusted on the basis of whom it is allocated with. If the architect recognizes relevant resolution to BIM, it helps him to remain in control and not caught up by redundant data.

Resolution control facilitates the architect to sort out data in proper & visual ways. Numerous dimensions facilitate to graphically signify all natures of interesting data in remarkable ways. Iteration and speed help to use the identical graphics and image quality, as soon as a suitable standard is built up, all through the every scheme and design change.

So, every architect should embrace technology to enhance the design progression and workflow and be ahead of competition.

Think of BIM as the most power tool for designers  
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Published By
Arka Roy
www.bimoutsourcing.com
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Monday, June 16, 2014

New software and services for developing BIM process

New software and services are emerging in the market for advancing implementation of BIM among construction Industries. As for example The Viewpoint For Project Collaboration enhances the communication connecting internal and external project stakeholders through the application of BIM collaboration tools.

Another example is that Trimble has acquired the assets of privately held company, MAYBIM. With this acquisition of MAYBIM, Trimble expands its services to towards customizable project deliverables along with 3D modeling, BIM coordination, and 3D laser scanning and modeling from scanned print clouds.

New software and services for developing BIM process  

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Published By
Arka Roy
www.bimoutsourcing.com
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Friday, March 21, 2014

Revit Architecture 2014 - Developing a full house

Development of a full house in Revit Architecture 2014 with the creation of executive walls, setting materials, creating levels in bone and finished placement of doors and windows, placement of liners, applying light fixtures in ceilings, humanization design, creating roof timbers, generation of tables with quantitative doors, setting boards work with the drawings for printing and generating mockup (rendered perspective).

The video lasts about 1 hour and a half, however, does not include all the features of the software. Only the most important that will serve for beginners start working with Revit. Some subjects will be presented in other videos because they are more complex and not very tiring to make this video.

Revit Architecture 2014 - Developing a full house

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Published By
Tuhin Maity
www.bimoutsourcing.com
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Tuesday, February 25, 2014

AEC sectors can now avail numerous BIM data from GROHE

GROHE, the leading European bathroom manufacturer, is providing BIM data for architects, engineers and construction industry. BIM comes up with a useful process for producing and networking data for global construction industry.

BIM presents quick and superior options for software-based planning, implementation and supervision of construction projects. GROHE is well known for manufacturing sanitary fittings and committed to make a sea change in global construction industry. Towards fulfilling its commitment, GROHE now offers BIM data on some 100 of its high-class sanitary products for planners, architects and interior designers. GROHE also provides an on-demand service in favor of architects who need a model not included with online top 100 selection.

The BIM practice confines and integrates all pertinent building data in a digital representation that is visualised through a building model. All the related files and lists are updated accordingly if any modifications occur with the model.

All project stakeholders can avail a mutual and persistently synchronized database. This guarantees constant availability of the most updated data that leads to superior and quicker interchange of information. Besides, enhancing productivity throughout the planning and construction stages, BIM can also streamline the management and maintenance of the accomplished building right through its lifecycle, providing long-standing advantages for owners and operators.

Architects, planners, engineers and contractors can make extensive application of BIM data at the time of specifying products. They can provide the BIM data of any product in their project and get the results on available space, style and decor, technical requirements and costs.

Accessible BIM data is considered to be vital factor in winning a supply contract for a project. BIM also facilitates the manufacturer to constantly put in value to its product information as well as update it on a continuing basis. Project contributors can obtain BIM data on plentiful Internet portals. GROHE’s BIM ready data can be obtainable in Autodesk Revit format on the company website as well as on www.bimstore.co.uk.

AEC sectors can now avail numerous BIM data from GROHE

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Published By
Tuhin Maity
www.bimoutsourcing.com
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Monday, February 24, 2014

Roof Framing Extensions for Autodesk Revit

This exclusive video tutorial is presented by Autodesk Building Solutions. Roof Framing Extensions for Autodesk Revit 2013 software applications is comprised of two extensions that help automate modeling of roofs in Autodesk Revit, Autodesk Revit Structure and Autodesk Revit Architecture software applications.








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published by
Tuhin Maity
www.bimoutsourcing.com
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Monday, February 10, 2014

Knowing BIM

BIM or Building Information Management helps in keeping the workflow smooth between “the designed” and “the constructed” by managing information precisely. BIM is essential to coordinated and incorporate modifications, whenever & wherever required, between the conceptualized model of the building and the end result. It aids in enhancing the accuracy of the data the subsequent costing incurred.

We usually find a vast difference between what was conceived and the final result as in the entire construction process the design information is often replaced by alterations as per the requirement of the client, engineer and others. The raw data of the differences between the design and the construction create BIM diary that includes photographs and scanned copy of all the data, information of the design before anything is hidden concealed, or buried. These photographs support to detect alteration later when the construction is concealed by walls, floors, ceilings etc. The BIM diary also helps to check the activities on site and detect the conditions before, during, and after activities. This also provides the assurance that facts are accurately followed and ensures the planners, the design team, construction management, logistics
teams, manufacturers and health & safety. Besides, the clients can obtain a true picture the status of the construction and know what they are paying for.

BIM helps in maintaining the level of accuracy and creating an accurate costing analysis. Through BIM, the entire team of construction can remain well coordinated. The two major advantages of BIM are that it helps to complete a construction project on time and within the proposed budget. It is not surprising hence, to find the increased employment of BIM in varied projects to keep delay and over budget of projects in control.

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published by Tuhin Maity
BIM worker
www.bimoutsourcing.com
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Tuesday, November 19, 2013

Achieving Spatial Coordination Through BIM : A Guide for Specialty Contractors

It is a useful publication written by David Quigley, the MD of Emerson in collaboration with three national mechanical, electrical and plumbing associations involving the Mechanical Contractors Association of America Inc. (MCAA), the Sheet Metal and Air Conditioning Contractors National Association (SMACNA) and the National Electrical Contractors Association (NECA).

The book contains several years of professional experience as well as challenging approaching, execution lessons gathered by leading contractors. The book comes up with practical guidance for specialty contractors that focus on how they implement BIM processes and technologies for spatial coordination through building information modeling in their organizations.



The book consists of 170-pages and is completed in two years. This well-organized guide-book consists of comprehensible interpretations, checklists, glossaries and even references concerning hardware, software, and internet and cloud services. The book also provides great advantages for any subcontracting firm by providing necessary steps and preventative measures for any projects executed with BIM.

The introductory part of the book commences with primary information and gradually follows the instruction for evaluating the competences of the staff necessary to form a BIM team. Also learn how to make and figure out execution plans as well as regulate procedure and documentation. The other chapters of the book highlight support for leveraging business profits from one project to the next; assessing contract BIM prerequisites and the nitty-gritty of technology implementation.

The members of the organizations can access the digital edition of the guide at free of cost whereas it will cost $25 in print version. Non-members should provide $25 for a digital version and $100 for print.

In order to read the book online, go through the following link -www.issuu.com/dave.quigley/

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Submitted by Rajib Dey
Content Writer

Sunday, August 4, 2013

Autodesk authorize Ideate to sell and support their cloud-based BIM collaboration software tools

Ideate gets authorization from autodesk to sell and support cloud-based BIM collaboration softwares ranging from Autodesk BIM 360 Field and Autodesk BIM 360 Glue. These cloud based softwares provide great assistance to the construction and infrastructure industries by providing well organized and uncomplicated BIM workflows to find out & coordinate conflicts, simulation and visualization combining infrastructure and construction projects.
                        
Autodesk BIM 360 Glue offers cloud-based solution which is very effective for BIM collaboration. It makes the multidiscipline model coordination and conflict detection procedure simple. The project stakeholder can easily get access for the project lifecycle. Autodesk BIM 360 Glue empowers Architects, engineers, owners, and builders from different corner of the world to communicate with each other as well as cooperate and integrate in real time through the office or mobile gadgets.
                  


Autodesk BIM 360 Field acts as an useful field management software for construction sectors. Unlike carrying pads of paper and tubes of drawings on the jobsite, Autodesk BIM 360 Field amalgamates mobile technologies and BIM at the point of construction to manuever and annotate models accompanying field data for management. Autodesk BIM 360 Field significantly enhances the quality, security and profitability of projects and companies. The project stakeholders can easily make their BIM models up-to-date with commissioning data concerning handover, operations, and maintenance. Besides, the users can instantly transmit project pitfalls, status, and descriptions in 2D or 3D.



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Submitted by Rajib Dey
Content Writer
www.bimoutsourcing.com  (Provider of cutting edge BIM solution)



                             
                 

Wednesday, November 23, 2011

Benefits of BIM for electrical engineers

BIM is applied as a common documentation storehouse for electrical trade that can coordinate electrical trades, develop prefabrication openings, reduce rework, raise productivity, decrease labor costs, and get better consistency of the work product.

BIM will integrate all the electrical parts in a single respiratory model for efficient electrical building design. The complete building model along with mechanical, electrical and plumbing systems, will be transferred to an integrated database in which everything is interrelated. This database presents authentic, coordinated and consistent design information and documentation that differentiates BIM. As for illustration an electrical engineer prefers to observe the architectural workset frequently but clasp the perceptibility of the structural workset on or off to go with the design requirements.

Application of BIM for electrical project can improve constructability and speed up the schedule, save time and money for the owner including the project team.

BIM creates a collaborative environment among the team members. The general contractor (GC) will be involved in designing and executing the BIM execution plan to find out what will be modeled and at what level of detail. It will help to generate effective electrical coordination.
BIM mechanically coordinates all design documentation. Electrical documentation, for example, electrical plans and panel schedules become reliable as all the drawing sheets, views, schedules, reports and so forth are existing in the same underlying database.

BIM generates a virtual model of all the electrical systems in 3D and allocate that information with the whole project team. The drawings, specifications, and construction details are integral to the model, which includes building geometry, spatial relationships, geographic information, and quantity properties of building components. Therefore, any design issues/construction clashes among the electrical trade can be identified, manipulated, analyzed and resolved in a virtual surroundings well before the commencement of the actual construction.

BIM offers data-centric approach with a comprehensive view of the building model and systems. The electrical engineer can evaluate the electrical requirements on mechanical equipment contained in the design and apply BIM to mechanically configure voltage and power load requirements to dynamically revise in panel schedules and mechanical equipment specifications.

The intelligent property database corresponds to the “I” in BIM can be dug out from the model to schedule and annotate the drawings for the application of electrical engineering, take-off, and prefabrication. As for instance, by utilizing intelligent property data to conduit and parts, the electrical engineer is able to instantly execute a take-off of the conduit to verify the number of linear feet or quantity of hangers. The method drags live data from the actual model components in the drawing by annotating all of the conduit elevations.

BIM creates realistic lighting visualizations for electrical engineers to study lighting levels and design directly in the system.

BIM creates electrical system modeling with electrical devices and equipment such as lighting fixtures, transformers, generators, panel boxes, etc. Electrical engineers will be in a position to model the power and lighting circuitry of the building spaces. At the time of electrical system modeling, the electrical engineers arrange the light fixtures, power devices and equipment in the model and then forms a circuit connected to a distribution panel. The electrical engineers can easily characterizes wire types, voltage ranges, distribution systems and demand factors to guarantee the compatibility of electrical connections in the design and check for overloads and mismatched voltages.

Electrical circuit model generated from BIM facilitate electrical engineers to work out the estimated demand loads on feeders and panels. These loads are being utilized to effectively size equipment in the design environment. Load balancing becomes simple while managing circuits.

BIM Systems can estimate lighting levels in rooms mechanically depending on the lights set in the space. The electrical engineer can just describe the reflectivity values of the room surfaces, connect industry-standard IES data files to lighting, describe the calculation workplane height and the average estimated illumination value for the room will be automatically calculated. The electrical engineers may keep calculated illumination in a report for the purpose of the design document.


Some electrical calculation software
XLpro² Calcul software from Legrand 1.3
Simaris Design 5.0 from Siemens
MyEcodial L 3.4 from Schneider Electric
Caneco BT 5.3 from ALPI (software editor)

Useful links :-

Sunday, May 22, 2011

BIM Coordination Guidelines


Now BIM is being utilized as a team concept by establishing a common understanding of what has to go into the model when it shifts from the design team to the construction team. This feature of BIM will lead to huge cost and time saving. Besides building conflicts can be easily found & fully coordinated and highly efficient buildings can be produced at significant cost savings.

There are design-review tools with unequal BIM platforms that maintain strong teaming environments and share the project vision among all stakeholders. The result comprises less risk for the team, the client, and the authorities having jurisdiction (AHJs), over and above safer, more effective structures for the owners and occupants.

In an integrated project delivery system the architect apply a BIM model; the (MEP) engineers contain a BIM model; and the structural engineer and other consultants may apply BIM as well. Then the contractor may utilize the model for phasing and sequencing the work. Major suppliers like the structural steel fabricator may utilize it to detail and fabricate building components. If possible, these “authoring tools” must be interconnected with the same applications or “flow” from the originating architect/engineer’s or owner’s BIM model.

Contractors and construction managers will have to assess the costs of various execution processes and deliver the results to owners and design teams in quantyfiable terms.

The 3D information should be distributed to the project team with accuracy. As for example if a designer presents an analysis model or 3D front wall rendering to supplement the design documents and the designer has stated that the analysis or rendering model cannot accurately show all aspects of the geometry, the designer should not be held liable in case a detailer pays no attention to the warning and supports the geometry on the supplemental model or rendering.

Design teams should allocate all available electronic information with the entire project team. Structural analysis models should be part of the design contract.

The designer should not compromise with the quality of the information. As for example, if the geometry or the load cases in a design model are partially inaccurate, this must be conveyed and documented with others. Additionally, the source of the correct information must be provided in the design documents.

To extend the most excellent process for the project team, the designers should appraise the submittal procedure and work with the rest of the project team. No extra liability should be put up on any single member by the project team and the communication should be smooth.

As the leaders of construction coordination, contractors and construction managers have a responsibility to encourage and facilitate the sharing and distribution of BIM technology on a project. They must also understand and convey the nature of the information that is being shared. Appropriate contract language that will foster the open sharing of BIM information must be developed. The contract language cannot alter the relationships of the project team members or change their responsibilities beyond their ability or what they are licensed to perform.

Design teams should assess the information required to execute code enforcement checks and permitting. All the project design and constructions are well-matched with community safety and smooth the progress of community development. The designers will always be in a position to accept new formats for demonstration of a project’s fulfillment with specified standards.

Owners should accept the responsibility of the costs related with BIM. Owners will have to be familiar with the additional deliverables (such as final as-built models) that constitutes added services.

Subcontractors convey the explanation of the design intent to the Design Team. Their work must be coordinated with that of other subcontractors by sharing the electronic information they have developed in file formats that can be utilized and combined with the work of others. They must support their software vendors to extend file formats to instantly exchange between the various trade subcontractors. Subcontractors also must ensure that all parties understand what they will supply as part of their contract and what will constitute additional work.

To get the full integrated BIM technology, software vendors will build up methods for the various project team to put in and maintain the data with regard to the specific characteristic of the project inside their responsibility. In a word the software industry should always contain the interoperability.

BIM should provide modification with the advancement of the design to incorporate the rising levels of detail characteristic of the various design stages—from schematic to construction documents at the suitable point in the design course.

Posted by Rajib Dey
Business Development
rajib@jobs2india.com
Global Associates (Pioneer Company in 3D modeling with BIM & Sketchup)

BIM Coordination Meeting


BIM coordination meetings with all the subcontractors on a project can handle and virtually resolve Constructability Issues before they are identified in the field. The Constructability Issue can be promoted into RFIs with an "assignment" property.

In a coordination meeting the project team members can drive a model within a BIM software to view all the clashes and problems before they arise. Prior to each scheduled coordination meeting, project team will issue an updated clash report to measure the development of coordination, analyze conflicts and help facilitate issue resolution. This facilitates all the subcontractors to coordinate with each other and settle all the problems ahead of next week’s BIM meeting.

Each of the subcontractor’s detailers will get together to get an overview of BIM projected onto a common screen. All recognized clashes will be published with NavisWorks and as changes are made during the meeting to determine clashes, on the individual detailer’s computer, the modifications will be uploaded into NavisWorks to validate conflict resolution.

The weekly Coordination meetings are organized to deal with difficult areas that not yet coordinated among the various trades themselves. At these meetings, the resolution will be cooperatively agreed upon and a trade will be identified as having to “move”. This trade will fine-tune the individual model and repost it for the next week’s meeting. All trades are liable to bring up to date and post the changes agreed upon at the meeting with-in 1 week after the coordination meeting.

Unless and until all spatial and system coordination issues are resolved the project team will evaluate the accumulated design model and the Clash Reports in coordination meetings on a regular as-needed basis during the design stages.

With this standing meeting and set agenda in place, the project team will be well coordinated with an effectual workflow that will help all the project stakeholders to take the full advantages of BIM.

Effective collaboration meetings can save thousands and even hundreds of thousands of dollars which can provide increased profitability to all contracting teams.

Posted by Rajib Dey
Business Development
rajib@jobs2india.com
Global Associates (Pioneer Company in 3D modeling with BIM & Sketchup)

BIM Coordination Process


In an existing building design and construction involve different parties ranging from fabricators, contractors to different engineers and architects as well as different drafting, drawing and viewing tools - 2D, 3D or 4D. Effective coordination between all the tasks, application and parties will streamline the delivery process of structural design, detailing, fabrication, Mechanical, Plumbing, Fire Protection, Electrical systems, construction organization and building life-cycle management solutions for facilities management.

3D Coordination is a geometric term that refers to a planning tool to be utilized for arranging Architectural, Structural, and MEP systems within a designated space. But 3D coordination must be started early prior to installation to facilitate necessary design changes.

As for instance Branch and fixture locations need to be coordinated prior to framing interior walls and ceilings. Thus 3D Coordination will lead to a model-based schedule that supports with fabrication and procurement activities for MEP systems as well as for exterior skin and structural steel.

Building Information Modeling (BIM) facilitates in the coordination of different elements of the building design for example the mechanical, structural, architectural, electrical, plumbing, and other services to make sure that they all fit together and complement one another.

Well-organized BIM coordination identify constructability issues all through the pre-construction stage - fix errors in design, avoid loops of clashes, coordinate perfectly structural, architectural and MEP issues in building design, reorganize the construction process and drastically reduce wastages. It allows system installation with zero conflict minimizing field installation issues. It also saves time and material/labor costs for better trade coordination and work flow.
Coordination software will be utilized to accumulate the various design models to make out electronically, coordinate resolutions collectively and track and publish interference reports between all disciplines. The technical disciplines are liable for updating their models to reproduce the coordinated resolution.

BIM Coordination Schedule
The General Contractor has to arrange and preserve a pre-construction BIM coordination schedule with coordination submittal milestones that can meet up the overall construction schedule. In order to get a realistic and mutually agreed upon pre-construction schedule, the General Contractor will obtain input from all consultants and subcontractors participating in the BIM process. For creating support to the project construction schedule, coordination drawing development, coordination submittal drawing submission, review by LACCD, fabrication duration, and delivery lead times should be included in efficient manner.

BIM Coordination in construction Phase
Before the starting of construction contractor’s fabrication models must be coordinated with the design model. Any clashes to the design model that need to be made prior fabrication and construction shall be reported to Design Team in the form of an RFI. Clash reports may also be issued by General Contractor as background information for RFI’s and submittals.

Posted by Rajib Dey
Business Development
rajib@jobs2india.com
Global Associates (Pioneer Company in 3D modeling with BIM & Sketchup)

Friday, January 7, 2011

AECOM has taken in charge of modeling biodome project at U.K’s Chester Zoo with the help of BIM

AECOM Technology Corporation is the well known professional, technical and management support services for government and commercial client of all over the world. With the help of Building Information Modeling they will create the biodome project of Chester Zoo of UK. This wonderful tool will be utilized to design and analyze the project. This Chester biodome will be modeled on the Heart of Africa Biodome.

In the biodome project there will be 112 foot tall canopy created by a diagonal grid structure known as a ‘gridshell’ – a framework of hollow steel sections arranges in a triangular grid pattern. A series of light weight, largely transparent ethylene tetrafluoroethylene (ETFE) pillows will support the beams. According to the Anne Fuller, the director of building engineering at AECOM; “The arching effect of the gridshell is designed to convert the canopy’s vertical gravity loads and wind pressure into horizontal thrust at various support locations.”

Not only the modeling of the zoo but also the responsibilities of all engineering services like civil, structural, mechanical, electrical, lighting, fire, acoustics, thermal modeling, transportation studies, geotechnical and environmental studies are on AECOM. The sub contractor of this project is London based Proctor and Mathews Architects. And this vast event will not possible without the help of Building Information Modeling or BIM. The use of advance 3D technology within a BIM environment helps the professional of this project to successfully complete the project in a given time schedule. BIM helps in collaborating constantly with model sharing between the architect and the AECOM engineering team.

The biodome is the centerpiece of the expansion of the Chester Zoo, known as “Natural Vision,” designed to establish the zoo as Europe’s largest conservation attraction. The biodome will feature a managed ecosystem that re-creates the plants and wildlife found in a particular region of the Congo rain forest, including gorillas, chimpanzees, okapi, and hippos, among other animals. Visitors will view the plants and animals—which will not be in cages—from paths, treetop walkways and an interactive boat ride through the animal spaces.

Tuesday, January 4, 2011

BIM and Architectural Practice

BIM greatly affect the architectural practice. The advent of BIM reduce the drafting time for architect to a great extent. BIM replaced the two-dimensional age of drafting with three-dimensional building modeling.
BIM contains a huge amount of informations that are drawn to represent walls, roofs, windows and other components. BIM enhance the newest design ideas for architects along with the newest digital skills. BIM can be applied with sophisticated applications in the construction trades where the models are utilized for coordination and estimating alongwith manufacturing templates.
BIM automate fabrication processes by describing each bolt hole in each steel connection and each elbow in each piping. This leads to a diagrammatic design.

Posted by
Rajib Dey
Business Development
3D modeling service